Nanang Sulistiyanto

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About

Nanang Sulistiyanto is an Indonesian robotics researcher whose work centers on mobile robot locomotion systems and autonomous navigation technologies. His research makes meaningful contributions to the field of intelligent robotics, particularly in advancing the mechanical and computational frameworks that govern how robots move and orient themselves in real-world environments. One of his most recognized contributions involves the implementation of inverse kinematics on mecanum wheel mobile robot systems, addressing critical limitations of conventional locomotion approaches such as swerve drive by enabling omnidirectional movement with greater efficiency and flexibility. Complementing this work, Sulistiyanto has also investigated odometry-based feedback systems for autonomous mobile robots, demonstrating practical applications within competitive robotics contexts such as the Abu Indonesia Robot Contest. By processing data from dual rotary encoders through odometry algorithms, his research enables robots to accurately track positional coordinates and heading orientation over time. Though still building his citation profile — with his leading works accumulating citations in the robotics community — Sulistiyanto's focused contributions to applied robotics reflect a dedication to bridging theoretical control methods with real, deployable robotic systems, offering valuable insights for both student engineers and professional researchers in the field.